CN101436346A - Traffic intelligent management system and method - Google Patents
Traffic intelligent management system and method Download PDFInfo
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- CN101436346A CN101436346A CNA2008101809840A CN200810180984A CN101436346A CN 101436346 A CN101436346 A CN 101436346A CN A2008101809840 A CNA2008101809840 A CN A2008101809840A CN 200810180984 A CN200810180984 A CN 200810180984A CN 101436346 A CN101436346 A CN 101436346A
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Abstract
The invention aims to provide a traffic intelligent management system and a method so as to realize real-time acquisition of traffic information and send timely, convenient and quick traffic information to users through data analysis, thereby preventing traffic congestion and providing outing guidance. The traffic intelligent management system comprises a data acquisition part, an acquired information processing center and a user receiving part. The disordered mobile information acquisition terminal provided by the system refers to arrange a data acquisition terminal on public traffic vehicles (excluding subway trains and vehicles running on urban railroads) and taxies; due to the disordered running characteristics of the vehicles, data acquisition can reflect practical flow distribution better.
Description
Technical field
The present invention relates to a kind of traffic intelligent management system and method.
Background technology
Along with socioeconomic flourish, the vehicle in city grows with each passing day, traffic worse and worse, the phenomenon that automobile blocks up often takes place.Nowadays, management to traffic still mainly relies on the traffic lights at intersection place to control, this kind method has two shortcomings: at first, can not guarantee that everyone observes traffic rules and regulations, rule according to traffic lights is driven, in case phenomenon of driving violating the regulations occurs, the vehicle of all directions gets lodged in the crossing, and traffic lights just perform practically no function; Even if people observe traffic rules and regulations very much in addition, cause traffic congestion but the thing of the huge crossing platoon leader dragon of automobile under traffic lights of number also can the highway section, back.
Though present vehicle supervision department general knowledge adds camera in each main highway section, and the traffic information of understanding sent to the user, to prevent traffic congestion, but this method can only be checked the traffic conditions on the fixing zone, but also to there be special personnel to be responsible for constantly staring at the view data that camera is sent back, both time-consuming, take manpower again, and the territorial scope that camera installs additional is limited, can't cover each point of urban road comprehensively, if traffic congestion appears at the middle highway section in the place of two adjacent cameras layouts, then can't directly discern from view data, thus the purpose that can't thoroughly solve timely understanding transport information and prevent the traffic congestion phenomenon to produce.
Summary of the invention
The object of the present invention is to provide a kind of traffic intelligent management system and method, realize transport information real-time collection, and, send transport information in time, easily and efficiently to the user through data analysis, thereby can prevent traffic congestion, provide the navigation of going on a tour.
For achieving the above object, the technical solution adopted in the present invention is:
A kind of traffic intelligent management system is characterized in that, comprising: part of data acquisition, Information Monitoring processing enter and user's receiving unit;
Described part of data acquisition is unordered flowing information acquisition terminal or fix information acquisition terminal;
Unordered mobile information acquisition terminal of the present invention is meant, at similar mass transportation facilities (not comprising the vehicle that moves on the subway city railway), described data collection station is set on the hackney vehicle, because the unordered characteristic of these vehicle operatings can be so that data acquisition has the actual flow distribution of reflection more.
Described flowing information acquisition terminal comprises that the GPS receiver module, Data Control module and the data that are used to receive multi-satellite signal and the geographic coordinate information by calculating the flowing information acquisition terminal send platform;
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module;
Described user's receiving unit comprises the receiving trap that is used to receive the information that information issuing module sends.
It is GPRS module, CDMA module or microwave module that the data of described flowing information acquisition terminal send platform.
Described flowing information acquisition terminal is arranged on the urban public transport instrument, and described urban public transport instrument comprises motorbus and taxi.
Described flowing information acquisition terminal has the serial line interface of standard can export the longitude and latitude of vehicle, speed, and direction, the GPRS of transport information processing enter is transmitted to the background data base center after above information is received.
Described transport information processing enter can be confirmed this road block grade according to the speed and the directional information of many vehicles for public transport not of the same race on the same road, and result of calculation is issued.
The data communication module of described transport information processing enter is GPRS data communication module, CDMA data communication module or microwave communication module.
The information issuing module of described transport information processing enter is vehicle-mounted mode, portable terminal mode, PC mode, TV mode or broadcast mode.
Described part of data acquisition can also be the fix information acquisition terminal, as the shooting that is installed on the road is first-class.
A kind of method of utilizing above-mentioned traffic intelligent management system to realize the traffic intelligent management comprises:
Step 1: the GPS receiver module of flowing information acquisition terminal receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal;
Step 2: the geographic coordinate information of the flowing information acquisition terminal that the Data Control module reception GPS receiver module of flowing information acquisition terminal obtains sends to data with data transmission modes and sends platform;
Step 3: the data of flowing information acquisition terminal send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter;
Step 4: the data that the data communication module of transport information processing enter receives the flowing information acquisition terminal send the geographic coordinate information of the flowing information acquisition terminal of platform transmission, and send to the traffic flow information generation module of transport information processing enter;
Step 5: the geographic coordinate information that the traffic flow information generation module of transport information processing enter is handled this flowing information acquisition terminal gathers, analyzes and calculates the report of real-time traffic flow information;
Step 6: the information issuing module of transport information processing enter sends to user's receiving unit with the report of real-time traffic flow information;
Step 7: user's receiving unit receives the traffic flow information report by receiving trap.
A kind of above-mentioned traffic intelligent management system is realized the method for traffic intelligent management, comprising:
Step 1: the GPS receiver module of flowing information acquisition terminal receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal;
Step 2: the geographic coordinate information of the flowing information acquisition terminal that the Data Control module reception GPS receiver module of flowing information acquisition terminal obtains, and further calculate the pretreated information of flowing information acquisition terminal, send to data with data transmission modes and send platform;
Step 3: the data of flowing information acquisition terminal send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter;
Step 4: the data that the data communication module of transport information processing enter receives the flowing information acquisition terminal send the geographic coordinate information of the flowing information acquisition terminal of platform transmission, and send to the traffic flow information generation module of transport information processing enter;
Step 5: the geographic coordinate information that the traffic flow information generation module of transport information processing enter is handled this flowing information acquisition terminal gathers, analyzes and calculates the report of real-time traffic flow information;
Step 6: the information issuing module of transport information processing enter sends to user's receiving unit with the report of real-time traffic flow information;
Step 7: user's receiving unit receives the traffic flow information report by receiving trap.
The present invention adopts technique scheme to have following beneficial effect:
1, transport information intelligent management system of the present invention as acquisition target, can utilize the GPS module to realize the transport information of whole roads the flowing information acquisition terminal more fully;
2, transport information intelligent management system of the present invention sends to user's receiving unit by information issuing module with the report of real-time traffic flow information, make the user can obtain transport information easily and efficiently, and select walking along the street line and travel time according to actual conditions;
3, of the present invention communication ceases the traffic flow information that intelligent management system can be understood each position of road traffic, has overcome traditional independent shortcoming that must adopt fixed position images acquired information or numerical information can not fully understand road traffic condition.
Description of drawings
Fig. 1 is the synoptic diagram of the composition of traffic intelligent management system of the present invention.
Embodiment
Embodiment 1
See also Fig. 1, a kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can be the flowing information acquisition terminal, and described flowing information acquisition terminal comprises that GPS receiver module, Data Control module and data send platform.The GPS receiver module receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal, also can be called short code.The geographic coordinate information of the flowing information acquisition terminal that Data Control module reception GPS receiver module obtains sends to data with data transmission modes and sends platform, described data transmission modes can be that the foreground sends continuously, also can be that transmission is triggered on the backstage, it be the GPRS module that described data send platform.Data send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter.
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module.Described data communication module is a GPRS data communication module, send the geographic coordinate information (short code) of the flowing information acquisition terminal of platform transmission by the data of GPRS network reception flowing information acquisition terminal, the data communication module passes to the traffic flow information generation module with the geographic coordinate information (short code) of the flowing information acquisition terminal that receives then, the geographic coordinate information that described traffic flow information generation module is handled this flowing information acquisition terminal gathers, analyze and calculate the report of real-time traffic flow information, the Real-time Traffic Information report can be an image, the data that can read etc., pass through information issuing module at last, the report of real-time traffic flow information is sent to user's receiving unit, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Embodiment 2
See also Fig. 1, a kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can be the flowing information acquisition terminal, and described flowing information acquisition terminal comprises that GPS receiver module, Data Control module and data send platform.The GPS receiver module receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal, also can be called short code.The geographic coordinate information of the flowing information acquisition terminal that Data Control module reception GPS receiver module obtains, further calculate the pretreated information such as speed, direction of motion of flowing information acquisition terminal, also can be called long code, the Data Control module sends to data with described pretreated information with data transmission modes and sends platform then, described data transmission modes can be that the foreground sends continuously, also can be that transmission is triggered on the backstage, it be the GPRS module that described data send platform.Data send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter.
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module.Described data communication module is a GPRS data communication module, send the pretreated information (long code) of the flowing information acquisition terminal of platform transmission by the data of GPRS network reception flowing information acquisition terminal, the data communication module passes to the traffic flow information generation module with the pretreated information (long code) of the flowing information acquisition terminal that receives then, the geographic coordinate information that described traffic flow information generation module is handled this flowing information acquisition terminal gathers, analyze and calculate the report of real-time traffic flow information, the Real-time Traffic Information report can be an image, the data that can read etc., pass through information issuing module at last, the report of real-time traffic flow information is sent to user's receiving unit, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Embodiment 3
See also Fig. 1, a kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can be the flowing information acquisition terminal, and described flowing information acquisition terminal comprises that GPS receiver module, Data Control module and data send platform.The GPS receiver module receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal, also can be called short code.The geographic coordinate information of the flowing information acquisition terminal that Data Control module reception GPS receiver module obtains sends to data with data transmission modes and sends platform, described data transmission modes can be that the foreground sends continuously, also can be that transmission is triggered on the backstage, it be the CDMA module that described data send platform.Data send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter.
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module.Described data communication module is a CDMA data communication module, send the geographic coordinate information (short code) of the flowing information acquisition terminal of platform transmission by the data of cdma network reception flowing information acquisition terminal, the data communication module passes to the traffic flow information generation module with the geographic coordinate information (short code) of the flowing information acquisition terminal that receives then, the geographic coordinate information that described traffic flow information generation module is handled this flowing information acquisition terminal gathers, analyze and calculate the report of real-time traffic flow information, the Real-time Traffic Information report can be an image, the data that can read etc., pass through information issuing module at last, the report of real-time traffic flow information is sent to user's receiving unit, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Embodiment 4
See also Fig. 1, a kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can be the flowing information acquisition terminal, and described flowing information acquisition terminal comprises that GPS receiver module, Data Control module and data send platform.The GPS receiver module receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal, also can be called short code.The geographic coordinate information of the flowing information acquisition terminal that Data Control module reception GPS receiver module obtains, further calculate the pretreated information such as speed, direction of motion of flowing information acquisition terminal, also can be called long code, the Data Control module sends to data with described pretreated information with data transmission modes and sends platform then, described data transmission modes can be that the foreground sends continuously, also can be that transmission is triggered on the backstage, it be the CDMA module that described data send platform.Data send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter.
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module.Described data communication module is a CDMA data communication module, send the pretreated information (long code) of the flowing information acquisition terminal of platform transmission by the data of cdma network reception flowing information acquisition terminal, the data communication module passes to the traffic flow information generation module with the pretreated information (long code) of the flowing information acquisition terminal that receives then, the geographic coordinate information that described traffic flow information generation module is handled this flowing information acquisition terminal gathers, analyze and calculate the report of real-time traffic flow information, the Real-time Traffic Information report can be an image, the data that can read etc., pass through information issuing module at last, the report of real-time traffic flow information is sent to user's receiving unit, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Embodiment 5
See also Fig. 1, a kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can be the flowing information acquisition terminal, and described flowing information acquisition terminal comprises that GPS receiver module, Data Control module and data send platform.The GPS receiver module receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal, also can be called short code.The geographic coordinate information of the flowing information acquisition terminal that Data Control module reception GPS receiver module obtains sends to data with data transmission modes and sends platform, described data transmission modes can be that the foreground sends continuously, also can be that transmission is triggered on the backstage, it be microwave module that described data send platform.Data send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter.
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module.Described data communication module is the microwave data communication module, send the geographic coordinate information (short code) of the flowing information acquisition terminal of platform transmission by the data of Microwave Net reception flowing information acquisition terminal, the data communication module passes to the traffic flow information generation module with the geographic coordinate information (short code) of the flowing information acquisition terminal that receives then, the geographic coordinate information that described traffic flow information generation module is handled this flowing information acquisition terminal gathers, analyze and calculate the report of real-time traffic flow information, the Real-time Traffic Information report can be an image, the data that can read etc., pass through information issuing module at last, the report of real-time traffic flow information is sent to user's receiving unit, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Embodiment 6
See also Fig. 1, a kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can be the flowing information acquisition terminal, and described flowing information acquisition terminal comprises that GPS receiver module, Data Control module and data send platform.The GPS receiver module receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal, also can be called short code.The geographic coordinate information of the flowing information acquisition terminal that Data Control module reception GPS receiver module obtains, further calculate the pretreated information such as speed, direction of motion of flowing information acquisition terminal, also can be called long code, the Data Control module sends to data with described pretreated information with data transmission modes and sends platform then, described data transmission modes can be that the foreground sends continuously, also can be that transmission is triggered on the backstage, it be microwave module that described data send platform.Data send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter.
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module.Described data communication module is the microwave data communication module, send the pretreated information (long code) of the flowing information acquisition terminal of platform transmission by the data of Microwave Net reception flowing information acquisition terminal, the data communication module passes to the traffic flow information generation module with the pretreated information (long code) of the flowing information acquisition terminal that receives then, the geographic coordinate information that described traffic flow information generation module is handled this flowing information acquisition terminal gathers, analyze and calculate the report of real-time traffic flow information, the Real-time Traffic Information report can be an image, the data that can read etc., pass through information issuing module at last, the report of real-time traffic flow information is sent to user's receiving unit, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Embodiment 7
A kind of traffic intelligent management system of the preferred embodiment of the invention comprises: part of data acquisition, Information Monitoring processing enter and user's receiving unit.Described part of data acquisition can comprise flowing information acquisition terminal and fix information acquisition terminal simultaneously, and the fix information acquisition terminal comprises as the shooting that is fixedly mounted on the road of the prior art first-class.The fix information acquisition terminal sends to the transport information processing enter by communication network with the road traffic data (view data, Vehicle Speed etc.) that collect.The transport information processing enter comprises data communication module, magnitude of traffic flow generation module and output module.The data communication module is responsible for receiving the Traffic Information that the fix information acquisition terminal sends, and sends to the traffic flow information generation module.Identical among the composition of flowing information terminal and the course of work and the embodiment 1-6.Transport information flow information generation module is at first handled long code or the short code that the flow information terminal is sent, and the road traffic data of gathering in conjunction with the fix information acquisition terminal obtain traffic flow information as check information then.Last transport information processing enter sends to user's receiving unit by output module with this traffic flow information, and described information issuing module can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Described user's receiving unit comprises receiving trap, this receiving trap is by the real-time traffic flow information report of the information issuing module transmission of receiving traffic information processing enter, the type of described receiving trap is corresponding with the information issuing module of transport information processing enter, can be vehicle-mounted mode, portable terminal mode (mobile phone, PDA etc.), PC (PC) mode, TV (TV) mode or broadcast mode.
Claims (9)
1, a kind of traffic intelligent management system is characterized in that, comprising: part of data acquisition, Information Monitoring processing enter and user's receiving unit;
Described part of data acquisition is unordered flowing information acquisition terminal or fix information acquisition terminal;
Described flowing information acquisition terminal comprises that the GPS receiver module, Data Control module and the data that are used to receive multi-satellite signal and the geographic coordinate information by calculating the flowing information acquisition terminal send platform;
Described transport information processing enter comprises: data communication module, magnitude of traffic flow generation module and information issuing module;
Described user's receiving unit comprises the receiving trap that is used to receive the information that information issuing module sends.
2, a kind of traffic intelligent management system as claimed in claim 1 is characterized in that: it is GPRS module, CDMA module or microwave module that the data of described flowing information acquisition terminal send platform.
3, a kind of traffic intelligent management system as claimed in claim 1 is characterized in that: described flowing information acquisition terminal is arranged on the urban public transport instrument, and described urban public transport instrument comprises motorbus and taxi.
4, a kind of traffic intelligent management system as claimed in claim 3 is characterized in that: the data communication module of described transport information processing enter is GPRS data communication module, CDMA data communication module or microwave communication module.
5, a kind of traffic intelligent management system as claimed in claim 4, it is characterized in that: described flowing information acquisition terminal has the serial line interface of standard can export the longitude and latitude of vehicle, speed, direction, the GPRS of transport information processing enter is transmitted to the background data base center after above information is received.
6, a kind of traffic intelligent management system as claimed in claim 5, it is characterized in that: described transport information processing enter can be confirmed this road block grade according to the speed and the directional information of many vehicles for public transport not of the same race on the same road, and result of calculation is issued.
7, a kind of traffic intelligent management system as claimed in claim 6 is characterized in that: described flowing information acquisition terminal device also can be arranged on the private vehicle, and described flowing information acquisition terminal device can be opened or close according to user intention.
8, a kind of method of utilizing the described traffic intelligent management system of claim 1 to realize the traffic intelligent management is characterized in that: comprising:
Step 1: the GPS receiver module of flowing information acquisition terminal receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal;
Step 2: the geographic coordinate information of the flowing information acquisition terminal that the Data Control module reception GPS receiver module of flowing information acquisition terminal obtains sends to data with data transmission modes and sends platform;
Step 3: the data of flowing information acquisition terminal send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter;
Step 4: the data that the data communication module of transport information processing enter receives the flowing information acquisition terminal send the geographic coordinate information of the flowing information acquisition terminal of platform transmission, and send to the traffic flow information generation module of transport information processing enter;
Step 5: the geographic coordinate information that the traffic flow information generation module of transport information processing enter is handled this flowing information acquisition terminal gathers, analyzes and calculates the report of real-time traffic flow information;
Step 6: the information issuing module of transport information processing enter sends to user's receiving unit with the report of real-time traffic flow information;
Step 7: user's receiving unit receives the traffic flow information report by receiving trap.
9, a kind of method of utilizing the described traffic intelligent management system of claim 1 to realize the traffic intelligent management is characterized in that: comprising:
Step 1: the GPS receiver module of flowing information acquisition terminal receives the multi-satellite signal and by calculating the geographic coordinate information of flowing information acquisition terminal;
Step 2: the geographic coordinate information of the flowing information acquisition terminal that the Data Control module reception GPS receiver module of flowing information acquisition terminal obtains, and further calculate the pretreated information of flowing information acquisition terminal, send to data with data transmission modes and send platform;
Step 3: the data of flowing information acquisition terminal send platform the geographic coordinate information of the flowing information acquisition terminal that receives are sent to the transport information processing enter;
Step 4: the data that the data communication module of transport information processing enter receives the flowing information acquisition terminal send the geographic coordinate information of the flowing information acquisition terminal of platform transmission, and send to the traffic flow information generation module of transport information processing enter;
Step 5: the geographic coordinate information that the traffic flow information generation module of transport information processing enter is handled this flowing information acquisition terminal gathers, analyzes and calculates the report of real-time traffic flow information;
Step 6: the information issuing module of transport information processing enter sends to user's receiving unit with the report of real-time traffic flow information;
Step 7: user's receiving unit receives the traffic flow information report by receiving trap.
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| CNA2008101809840A CN101436346A (en) | 2007-11-20 | 2008-11-20 | Traffic intelligent management system and method |
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| CNA2008101809840A CN101436346A (en) | 2007-11-20 | 2008-11-20 | Traffic intelligent management system and method |
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| CN101982845A (en) * | 2010-11-11 | 2011-03-02 | 高斯贝尔数码科技股份有限公司 | System for transferring electronic map and real-time traffic information by digital television network |
| CN101922936B (en) * | 2009-06-16 | 2012-07-25 | 纬创资通股份有限公司 | Navigation optimizing method, navigation optimizing device and navigation device |
| CN102737510A (en) * | 2012-07-03 | 2012-10-17 | 浙江大学 | Real-time traffic condition acquisition method based on mobile intelligent terminal |
| CN103680167A (en) * | 2013-12-13 | 2014-03-26 | 广东车联网信息科技服务有限公司 | Intelligent traffic information collection analysis processing system |
| CN103996306A (en) * | 2014-06-06 | 2014-08-20 | 奇瑞汽车股份有限公司 | Intelligent traffic system and control method thereof |
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| CN101982845A (en) * | 2010-11-11 | 2011-03-02 | 高斯贝尔数码科技股份有限公司 | System for transferring electronic map and real-time traffic information by digital television network |
| CN102737510A (en) * | 2012-07-03 | 2012-10-17 | 浙江大学 | Real-time traffic condition acquisition method based on mobile intelligent terminal |
| CN102737510B (en) * | 2012-07-03 | 2014-05-21 | 浙江大学 | Real-time traffic condition acquisition method based on mobile intelligent terminal |
| CN104217588A (en) * | 2013-05-31 | 2014-12-17 | 张伟伟 | Method, server and system for acquiring real-time traffic information |
| CN103680167A (en) * | 2013-12-13 | 2014-03-26 | 广东车联网信息科技服务有限公司 | Intelligent traffic information collection analysis processing system |
| CN106063257A (en) * | 2014-03-11 | 2016-10-26 | 宝马股份公司 | Trafic information management |
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| CN104103172A (en) * | 2014-07-25 | 2014-10-15 | 昆明联诚科技股份有限公司 | Highway monitoring method and system |
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